Add to ORKGThis paper describes results that combine Shan-Chen two-phase (liquid-vapour) and partial-bounce back (semi-permeable membrane) methods of Lattice Boltzmann numerical modelling of fluid dynamics in order to understand how bordered pits influence the drying and rewetting of wood. In addition, preliminary results that introduce pressure induced distortion are included
Most drying simulation models describe the moisture migration in wood as a diffusion process, includ...
Rain is the main source of moisture on the building envelope. Wood cladding, window wood frame and, ...
Two-phase flow in microfluidic systems is of great interest for many scientificand engineering probl...
This paper describes results that combine Shan-Chen two-phase (liquid-vapour) and partial-bounce bac...
This thesis set out to understand the water dynamics in softwood using a lattice Boltzmann model des...
This paper provides insights into liquid free water dynamics in wood vessels based on Lattice Boltzm...
Lattice Boltzmann approach of wood surface wetting at the pore level. 3. International Conference on...
Lattice Boltzmann approach of wood surface wetting at the pore level. 3. International Conference on...
Bordered pits connect adjacent tracheid cells in softwoods and enable water transport between them. ...
Lattice Boltzmann approach of wood surface wetting at the pore level. 3. International Conference on...
This paper provides insights into liquid free water dynamics in wood vessels based on Lattice Boltzm...
Most drying simulation models describe the moisture migration in wood as a diffusion process,includi...
Most drying simulation models describe the moisture migration in wood as a diffusion process, includ...
Although water only takes a little percentage in the total mass of soil, it indeed plays an importan...
Most drying simulation models describe the moisture migration in wood as a diffusion process, includ...
Most drying simulation models describe the moisture migration in wood as a diffusion process, includ...
Rain is the main source of moisture on the building envelope. Wood cladding, window wood frame and, ...
Two-phase flow in microfluidic systems is of great interest for many scientificand engineering probl...
This paper describes results that combine Shan-Chen two-phase (liquid-vapour) and partial-bounce bac...
This thesis set out to understand the water dynamics in softwood using a lattice Boltzmann model des...
This paper provides insights into liquid free water dynamics in wood vessels based on Lattice Boltzm...
Lattice Boltzmann approach of wood surface wetting at the pore level. 3. International Conference on...
Lattice Boltzmann approach of wood surface wetting at the pore level. 3. International Conference on...
Bordered pits connect adjacent tracheid cells in softwoods and enable water transport between them. ...
Lattice Boltzmann approach of wood surface wetting at the pore level. 3. International Conference on...
This paper provides insights into liquid free water dynamics in wood vessels based on Lattice Boltzm...
Most drying simulation models describe the moisture migration in wood as a diffusion process,includi...
Most drying simulation models describe the moisture migration in wood as a diffusion process, includ...
Although water only takes a little percentage in the total mass of soil, it indeed plays an importan...
Most drying simulation models describe the moisture migration in wood as a diffusion process, includ...
Most drying simulation models describe the moisture migration in wood as a diffusion process, includ...
Rain is the main source of moisture on the building envelope. Wood cladding, window wood frame and, ...
Two-phase flow in microfluidic systems is of great interest for many scientificand engineering probl...